Altivar Safety module VW3A3802 inside EcoStruxure Machine
Safety functions
Hello everyone, today we will talk about EcoStruxure Machine Drive Safety offer.
In this offer, we have enabled Safety module for our best in class offers, ATV Machine 340.
With the Safety module, we can activate different safety functions like SS1 (Safe Stop 1),
SLS (Safely Limited Speed), SMS (Safe Maximum Speed).
There are two ways we can activate Safety Functions.
The first one is by connecting the safety sensors directly to Safety module.
The second possiblity is by connecting safety sensors and also Safety module to Safety PLC M262 and TM5 SLS Safety.
We have Safety Sensors like Light Curtains, Safety Limit Switches and Emergency Stop.
They are connected to terminal adapters through the M262 Safety PLC or directly by terminal adapters.
The terminal adapters synchronise with the Safety module to activate the ATV Drive Safety functions.
We configured SS1 using SoMove.
Now we activate SS1 using an Emergency Stop.
We can see motor stops in Safe Stop 1 using safe deceleration ramp
We can see activation of SS1 function in HMI.
We configured SLS using SoMove.
We give a run order to the motor
By crossing safety light curtains, the safety function SLS is activated (Safely Limited Speed)
We can see the function activation on the HMI, and the motor is running in limited speed.
By pulling hand out of the safety curtain, the SLS function is deactivated
and the motor goes back to the initial speed.
We can see the deactivation of the function in HMI
We configured SMS using SoMove.
We can see that SMS is activated on the HMI.
When the motor is running below the SMS limit, the motor keeps its current speed.
When we increase speed over maximum speed, the motor trips in STO, and stops in freewheel.
We configured GDL using SoMove.
While the motor is running, we can not open the door.
We give stop order, the motor stops, but we can not open the door before a configurable delay.
After a configurable delay, we can open the door.
Hello everyone, welcome to EcoStruxure Machine Drives Safety Test Bench.
Today I'm going to tell you the EcoStruxure story for our Test Bench.
EcoStruxure is Schneider Electric IOT enable system architecture and platform.
In EcoStruxure, we have three layers of innovation: Connected Products, Edge Control, Apps, analytics and services.
I will detail to you what we have in each level.
In the Connected Products, we have our best in class offers Altivar Process and Altivar Machine drives.
In the Edge Control layer, we have M262 PLC and TM5 Safety PLC and Magelis IOT Box.
Magelis IOT Box is our Edge Gateway.
It has an IOT Monitor server which aggregates data, does analytics, and pushes it to our app, analytics and services
like Machine Advisor and Aveva Insight.
I'm going to start this Test Bench to generate more data.
Here, we have EcoStruxure Schneider Node RED Factory.
It is a Visual Flow-Based Programming Technology
In this, we can see that we have Schneider Electric Modbus TCP protocol, read-write nodes,
collecting data from our smart products like Altivar Process and Altivar Machine drives
and pushing this data into our Advisor Nodes like Machine Advisor and Aveva Insight.
I'm going to run the motor to have more data.
This is EcoStruxure machine Advisor.
With this software, it is possible to locate the machine, monitor the drive and machine related parameters.
Here, you can see the architecture of the test bench,
and also different activities done during the commissionning phase of this test bench.
In the 'Monitoring' scene, we can get the real-time data fetch from our test bench,
and we can see different trends on a daily, weekly, monthly or yearly basis.
We can visualize the different trends of drive-related parameters and also the status of device safety functions.
We can also visualize a similar kind of trend in Aveva Insight, this is another advisor.
And in this also, we can see different trends of drive and safety functions.
We can visualize these trends in Schneider Electric Mobile App AVEVA Smart Glance also.
Thank you for watching. For more information, please visit our website.